Pastry cone baking machine



July 28,1931. o. HAUGE I 1,815,911

PASTRY GONE BAKING MACHINE Filed Aug. 2e. 1929 s sheets-sheet 1v @I T 111ml Il Y 1l 1 ATTORNEYS.

Jly28, 1931. 'Y o. HAUGE PASTRY Co'NE BAKING MACHINE Filed Aug. 26, 1929 5 Sheets-Sheet 2 IIIIIIIHI.

A TTORNEYS.

y o; HAUGE. IASTRY GONE BAKING MACHINE -Filed Aug. 26. 1929 July 28, 1931. v

Y 3 sheets-sheet .3

A TTORNEYS.

' yautomatic pastry cone bak fferred to, baking jm f; Patented y p ,La

ffaoscARlHauen, orgsiiNfiuArEo, CALERNIA, M y

f f yremuan-CKjItPORiMrION,or kNEW JERSEY "uiplication jalea augusfae,

pastry baking y .pertains Ato2 anV ingu 'jf y f It'is'the principal'object of the present invention @to improve the constructionA and operationiof machines ofjlthelcharaeter Iter. wherebygto' providev a pastry cone Y achineoflargeeapacity which is fully, automatic yin operation,2andnot liable,y to yrequire frequentoverhaulin'g ordinarily necessary in thistype'oiz';v machine .duey to u the parts operating throughintense he Int vcarrying f goutv "this" obj ect, lIl provide -f a horizontal rotatable table fixed upon. which is afplurality of coresswhich rdepend from,

l Athe lower 'surface thereof, and operative between; thev cores and the molds,

' of the machine. y

" construction 'andV operationv of Aon'e'lof'fthe j 'Y molds cooperative 'withthese f cores to; form ,o pastry conesga'jAfter' the cones are formedV they? are The cones omthe mas cycles .of operation` bakedgand automaticallyfejected.,j vare. formed, baked and ejected fr chine during continuou f Y One formwhichthe invention may assume is;V exempliied in Vthe 7following description, f nd k:illustrated by way l of example in,v ithe kaecomi'ia'nying drawings, inwhich :j

.,'Ifig l'isfadeveloped diagrammatic,A view fthe operation-ofthe machine;` yf1"ig. ,2"is a fragrnentaryljview inplannf withparts thereof` broken away l Y lly ydisclose ce'rtainfeatures-y of v"construction,, rvFig.- Sisa fragmentary; view Jin vertical sectionrfthrough'- the machine showing.: the

i g, ofthe rotary table'v and the l manner` in 'the molding units arear'ranged thereon, u

Y one cycle Vof the operation fof ,the machine: I I f vReferringmoreparticularly-to the accom;

Fig; f5 fis ya diagra'mmatic view; disclosing .'panying drawings, 110 indicatesla centralpedestalfwhi'ch' is stationarily; fixed 'at its o lower vend-:in a base 11'. Theipedestyal'lO extends'l vertia'lly; and mounted v adjacent its `Supper, -end,is :a i'horizontal ltablef V12zwl1ich is circul'nayf'rieely` rotate th f f f f,

.' VFixed to the table 12 about the axis of 'thevr n n f l8havingacrosshead 1 'ed on 'adepending bar 1s secured Mat 1 in* .correct 'ali jl'nold. halvesy 19a are formed camp Lcam plate to verticall ,l Formed in they camffplate 21'is afpair'oif A cam slots-,24,whichfe re Ysimi 24E-receivepinsf2'5 mfeach moldflialf 19mk l'T/Vlifen' kthe cam plate Y camy yslots 24k-causek the mold halves -l spread to? expand vthey sockets-2O.` f' When fthe rfoam ,plate 21 is moved/do v'normal position the'mold is ycam,:plateA 2l isv formed 155,29; 1seri`gi N; 388,555.

lar'inv form. ri/*Suitable vbearings are provided I:

On thefpedestal-10yinlorder that the table^-l2 pedestal 10 is a worm gear 14 in` meshiwith ywhich isa 'worm15- Inpraetice thisworm `lis driven byfan eleetricfmotorso thatj they table 'will bevcontinuously revolved ata de` sired rate of speed in one direction; Pesi` tioned radiallyof the table 'and spaced circumferentially thereaboutis a plurality of cone baking unit smostclearly illustrated in, Figsand. n' These cone baking units comprise a set ,of fixed cores 16-which are fixedV tothe table end dependffrom thefunder surfacey there of. For v'cooperation with eachset of cores JGis a mold 17. This mold comprises a framey 9y reciprocally mount-k guide bar 20. yThe guide ts upper end to the' table and depends vertically; therefrom.: `The guide'bar 2O is ypreferably square, so that the crosshead' 19onthe frame lSl will" be heldn gnment-'radially ofthe jtable. Positioned onfthe mold frame 18 is a ypa'ir'of complementary mold halvesv 19a, each of which is pivotally connected to the"fralnell at yits innery end as illustrated in with mentary mold sockets 2O,y which are cal 'alignment with the cores of th core'set16. kAJ; the outer end-oi?Y framek 18 y.is a ycam plate 21, fitted wi pin 22 which' isguided in a guide-socketQ in the trum-318,` Theconne'ction between the late 21 and thegframe' 18 permits;y the yreciprocatef relatiye comple# to the frame 18.

` lar but oppesitely disposed'. These cam: slots one 'of :which "projectsv Jfro 21 is elevatedthe 9a to wnwardlyjto I its closed `bylbringing the two i mold halves IQatOgether. The Y Assistme TofNATIoNALj'BIsoUIT een.' i

655mlk Figg2; ,'Thef n, a yso in vert-17 f e 'propel i 1 theme51@ thagu'ide i Y ,8&5

ao., as

With-aa aligning im Y i appended claims. f

` jigsiagir y-Wearing.surfacebetvveenjthe molds and their cated; The heat ofcourse Will seektofrise and Will be rods 20.

` Y From y.the foregoing it is obvious that I "have provided an -improved vcone baking ,mas

chine'vvhich iscontinuous in operation, and` fully automatyand Which Will have a'large i capacity, and Will not require frequent re-`r lpaiis.V It isv alsov pointed out that all ofthe ,operative parts of the machine are positive *fly actuated, insuring a correct functioning ofy the machine.

; `,jVVhile I'havefshovvnthepreferred forni of` {myj invention, it is tof be understood thatl va- :rions changes may be made'therein those skilled in the art,Y Without departing fromy the spirit of the invention'as definedin the Y 'Havingthusdescribedl my invention, vvhat JI'fclaim and-desire to secure byfLettersPatv 'Y 1. kA machine ofv thefj'charact'er described, f comprising a plurality of radially positioned circumferentially' spaced cores adapted lto re;V

volvein a horizontal plane Aabouta 'common axis, radially arranged? molds in constant j alignment e With ythe cores ,and Vmounted for ycooperation with the cores, and, means for yautomatically operating the molds Ato embracethe cores anddisengage from the cores 'i n subsequent'steps `With fan 'intervening' lapse oftimerjl f I f 2. Ina machine 'of the character described,

a horizontally disposed `table mounted for j-rotation, i a kpluralityfrof cores arranged j radiallyon the table and'spaced c-ircumferyentially apart, fa .plurality of molds carried by the table; in constantalignme'nt With-'the j ircores, said inoldsfbeing mounted for reciprov ,cationC vertically.towardV and avvayffromlthe cores, and meansfor'automatically operating 'the moldstoenibracethecores and toy Withan interveningl lapse: of' time. f

,draw from the coresinV subsequent steps with q '18.111 a machineofthecharacter described,

` a tableY mounted for yrotation 1in a vhorizontal plane, a kkplurality of cores fixed to, thetable,

said cores being arrangedv radially' of Vthe-y ytable` atfjspaced intervals about the` 'centerf f thereof'and dependingylfrom the'ilowe'r surf 'faceofthe'tabla molds carried' by theftable and arranged y-belleath `fthel'cores yin constant] verticalalignn-ient therewith, visaid' molds being mounted 'on' theV table for vertical re- 5 and means 4for operating the Amolds to emj ciprocationto'ward and away fromv the cores,

Y "ini subsequent steps vvithkanintervening lapse p of time.

4L( 'InV ka kmachine of dei.' scribed, n a rotatable table, ycores arranged on the under surface ofsaid table radially theremost intense fabove the guide y A with respect tothe cores, said moldsfbeing': i

expansiblm` and means for operatingthe molds to close and embrace thecores-and ex-f yp'andand disengagefromthe coresin 'Subsc-1 i quent steps during eachcycle of roperation' oftheftable. lt i.' .t ,5."In arfmachineof they character described',

' mitted vto move relative to each other rcircumferentially of the table, a cam plate at the e outerien'd vofthe moldhalvesand guided for n vertical" reciprocation, relative to the mold 'n frame, saidicam' plate Lbeingformed Withcam Vsllc` tS.,iaynd means on the moldy halves engaging' of; at lk spaced yintervalsabout the, circumfer y ence "ofthe table,'molds carried-Lby the table inverticalalignmentfwith'the;cores, yconnec,r y 'tionsjbetvveenfthe molds'and the table y@en-` abling'the molds-to reciprocate vertically a horizontaltable krevol'vable about its central axis in ahorizontal plane, sets of cores fixed tary frhalves formed' vWithY complementary from` thecores in subsequent 'steps` during eachcycle of operations.`

i `6. 'In al machine of the character described; y *y horizontalrotatableftable, aguide bar de i' vpending .therefrom,-'a mold having a frame guided for )vertical Lreciprocation on said guide bar,said.mold including 'a pair of mold halves pivotally connected at their innerends tothe mold frame Wherebythey Will be per-rk said slots, whereby vertical reciprocation of the camplate Will be accomplished bv spreadingr and closing ofthe mold halves; J f

- 7'; -In a machine .of thecharaCterdeSCribed, f

ahorizontallyrotatable table, ay setgof coresy -rrigidly `fixed thereto iny a radial :line therelr OD anddepending fromthe unclersurfa'cey thereofyaguidebar projecting 'downwardly y from the under'surface ofsaidztablefa mold# l ingrv unit including ya moldingframe guided forvertical movement on said guide bar, said molding unit.includingexpansiblejmolds for cooperation with said cores, andmeans for; moving the lmoldingunit verticallyy to cof-,3fy

operate With-'the'cores, then .expanding the socketsto receive lthe cores*said mold halves fr 1 beinglmounted for relative'movementeirculne n, ferentially ofthe table,.means foroperating y thewmolds' to Vembrace the; cores, spread apart to release thebaked'cone, and be disengaged molding unite dsengagng the same from the; l "i l of operationof the table.

, coresinsubsequent steps during each cycle 1 8..Armachine ofthe character described,

comprising ka horizontally; `arranged table 'mounted for rotation about its central axis,y ka setk of cores positioned radiallyon said tablef y,

and rigidly fixed thereto and dependingfrom y f the .under surface thereof, a guide bar securedk i at its upper endto the table andjprojecting'r l y 'f of; a A"molding unit gnided for vertical ree eifprocation on .said E guide4 ban in alignment with said cores, saidlniolding unit including an expansible mold; cani meansifori vertically moving. the molding/*'iinit .into cooperative l I relationto'the Cores,k andremovingthe moldi between the moving ofthe mold toits opera-v ing Vunit `romitsl cooperative position rela-V tive to'y the cores',fand'cam iiieans forexpanding the mold during the intervening Vvperiod tive position:relativey tothe cores `andref moving it therefrom."

` Y 9.l A machinev vof the character described Vcomprisinga horizontally arranged `table Y finounted-for rotation about its central axis,

a set of cores positioned radiallyon said 'table fandiigidly fixed thereto and depending from lute' alignment WithlsaidV cores,z'said n'ioldinfg nnitincluding an eXp ansible mold, cani meansV foizrvertically moving vthe molding unit into' i cooperative relation to {thefcores, and remov-V f 4ingr'the molding unit from its cooperativeY position relative 'to the cores, and stripper Y means operative subsequent to the expanding of the mold to strip the cones from the cores.y 10. A machine of Vthe class described coni-.

`piisinga rotatable table, a verticaly guide halves-'mounted for horizontal movement in said: inoldranie5fineans'ior vmoving said f frame'and Ymold halves simultaneously on i said vertical guide,and means for independ l @Q ently'moving the moldY halves .horizontally 'in said frame.v 'i f vcomprising a 'rotatable table,- a vertical guide n thereon, a mold framemounted for 'vertical reciprocation'on said guide, a pairof mold Y ii.y ii lUmain@ of `,theY dass-describa y Y thereon,- `a mold f rame mounted orv'ertical reciprocationon saidguide, a-pair'oi' mold I halves mounted for horizontal movementin I said mold frame, means for rst moving the imold halves horizontally to separate them; f and meansfor'siibsequentlyfmoving'the mold .rame'a'nd mold. halves together onfsaid'v'erl f1 f tical guide..v f Y" vj fr Y 'c j i r f OSCAR einen: 

